Where we left off, Queen Victoria had fallen in love with the Scottish Highlands and created a fad for "clan tartans," trips to the Highlands, and tartan gowns...but there was another actor at play in the mid-nineteenth century that contributed to some of the more wild and crazy and fabulous patterns of the period: the rise of chemical dyes in fashion.
|plaid gown (with evening bodice), Musee McCord, Montreal|
|Buchanan Clan tartan, registered 1850|
|Akins Clan tartan, registration thread count from a pair of trews c. 1820|
|Wren family tartan, date unspecified (19th c.)|
|day dress, 1860s, in Roysl Stuart with green trim|
In 1856, William Perkin (a student in the laboratories at the Royal College of Chemistry), began a project to investigate synthesizing quinine (used to treat malaria and a fairly new discovery). While his experiments failed, Perkin discovered that his not-quinine synthesized chemical turned fabric purple, and did not appear to wash out or fade in the sun. He sent the dye to well-respected colorists in Perth, Scotland, for evaluation.
Patented in 1857, Perkin's dye of aniline sulphate and potassium bichromate became one of the first popular chemical dyes, "for dyeing with a lilac or purple color stuffs of silk, cotton, wool, or other materials" (from the patent). The color became known as mauveine, or "Perkin's Mauve."
|letter from Perkin's son with a sample of dyed silk|
|a stunning late dress, c.1870, dyed with mauveine|
Around the same time, aniline was also used as a base for a new red dye, called fuchsine (1859). A blue dye from aniline was next in 1863, and with it came a major breakthrough. Made by heating chemicals and mixing them with the red aniline dye, chemical analysis of the aniline blue determined that a similar process (called "alkylation") could be used to create many other colors as well.
|a lovely aniline blue dress|
|red silk boots, c.1865-75 made with red aniline dye|
The bright colors afforded by aniline dyes (as well as other chemical variations) opened up a world of fashionable possibilities.Perhaps most importantly, this type of chemical dyes was more colorfast than older methods, meaning it was much less likely to run or bleed--and could therefore be used in patterns.
|plaid day dress, 1857, made with chemical dyes (Met Museum)|
|late 1860s plaid silk dress, auctioned at Christies|
|satin plaid, 1860s, via Museum of Fashion, Bath|
|plaid wrapper, 1860s|
The rise of chemical dyes made bright colors accessible to a large audience, and combined with the popularity of tartans to create a whole new breed of plaid. While tartans had been bright and colorful before aniline, now it was possible for the combinations to become trends. While muted colors did come back into fashion relatively soon, the penchant for bright plaids stuck around. Why wouldn't they? Those are some truly fabulous dresses.
|plaid dress, 1878 (LACMA)|
For more about chemical dyes, check these out:
Morris, P., & Travis, A. "A History of the International Dyestuff Industry." American Dyestuff Reporter, 81(11), 1992.
Fukai, A. "The Colors of a Period as the Embodiment of Dreams." Fashion in Colors, Kyoto Costume Institute.
Forster, S. & Christie, R. "The significance of the introduction of synthetic dyes in the mid 19th century on the democratisation of western fashion." Journal of the International Colour Association, 11, 2013. pp.1-17.
Greenfield, A. A Perfect Red. New York: Harper Perennial, 2005.